IMILAST \u2013 a community effort to intercompare extratropical cyclone detection and tracking algorithms: assessing method-related uncertainties.

A. Cocozza; C.C. Raible; G.C. Leckebusch; H. Wernli; H.F. Dacre; I. Kindem; I. Rudeva; I. Simmonds; I.F. Trigo; I.I. Mokhov; J. Grieger; J. Hanley; J.G. Pinto; K. Fraedrich; K. Keay; M. Inatsu; M. Reale; M. Schuster; M. Sinclair; M. Sprenger; M.G. Akperov; M.L.R. Liberato; N. Bellenbaum; N.D. Tilinina; Neu U.; P. Lionello; R. Benestad; R. Blender; R. Caballero; S. Gulev; S. Ulbrich; S.F. Kew; T. Hewson; U. Ulbrich; X.L. Wang; Y. Feng

IMILAST \u2013 a community effort to intercompare extratropical cyclone detection and tracking algorithms: assessing method-related uncertainties.

Abstract

An intercomparison experiment involving 15 commonly used detection and tracking algorithms for extratropical cyclones reveals those cyclone characteristics that are robust between different schemes and those that differ markedly

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Last time updated on 12/11/2016